Push Latches & Hinges Compatible with IKEA Eket: Installing Handleless Doors

A push latch strictly requires an unsprung hinge or a dedicated push-to-open hinge, as standard soft-close damping works directly against the ejection force of the plunger.

Equipping or retrofitting modular furniture systems such as IKEA Eket with handleless fronts presents a distinct technical challenge. Proper coordination between the hinge on the door and the push-release mechanism in the carcase is essential for even gaps and smooth operation. This guide provides the exact technical specifications and selection criteria required to install handleless furniture doors and pull-outs professionally.

Key Buying Criteria for Handleless Systems

When planning handleless fronts, fittings must match the geometry of the cabinet carcase precisely. Selection depends on the type of door overlay, the dimensions, and the required ejection force.

Hinges: Sprung or Unsprung?

Standard furniture hinges feature an integrated spring mechanism that pulls the door tight against the carcase during the final centimetres of closing. For handleless systems, this closing force presents an obstacle. There are two technical solutions:

• Unsprung hinges (without spring): The door swings freely. The push latch handles both pushing the door open and keeping it closed (usually via a magnetic tip).
• Push-to-open hinges (reverse spring): The hinge actively pushes the door open as soon as the catch is released by the push latch.

Overlay Types and Cup Dimensions

The drilled hole in the cabinet door determines the matching concealed hinge. For systems such as Eket, the cup diameter is typically 35 mm. The drilling depth ranges from approximately 11.5 mm to 13 mm. The door overlay position relative to the carcase is decisive:

• Full overlay: The door completely covers the front edge of the carcase side panel (standard on most cabinet units).
• Half overlay: Two doors share a single central carcase side panel (dual overlay).
• Inset: The door sits fully flush between the carcase side panels.

Ejection Stroke

A push latch functions similarly to a ballpoint pen mechanism: a brief push locks the pin, and another releases it. The distance the plunger extends during release is the stroke. For standard doors made of chipboard or MDF, a stroke of 14 mm to 20 mm is sufficient. For wide or heavy doors, a long-stroke system measuring 37 mm to 40 mm should be chosen so the resulting gap is large enough to reach behind the front with fingers.

Types and Options Overview

To choose the correct hardware components for furniture construction, the various fitting categories must be evaluated clearly.

Push Latches (Tip-On Systems)

These mechanisms are either drilled directly into the carcase edge or mounted with a surface adapter plate.

• Drilled-in version: Requires a precise hole in the front edge of the panel, usually with a diameter of 10 mm. This solution is visually discreet.
• Surface-mount version: Secured to the carcase interior via a mounting plate following the System 32 standard (32 mm hole spacing).
• Magnetic vs. Buffer Tip: Magnetic tips keep doors securely closed when using unsprung hinges. Rubber buffer tips are suitable for hinges retaining a slight closing tension. Explore compatible models in the push latches section.

Hinges for Handleless Fronts

For standard cabinet applications, an opening angle of 110° is most commonly required. Specialist hinges for handleless doors can be found under concealed cabinet hinges. If standard overlay doors with a 110-degree opening angle are planned, consider 110-degree concealed cabinet hinges. For installations where the door sits flush within the carcase, fittings from the inset concealed hinges range are strictly required.

Handleless Drawers

Cabinets often combine doors with pull-out drawers. This requires a different mechanical approach. While doors use separate hinges and release mechanisms, drawer runners feature the push-to-open mechanism directly integrated into the slide. A full-extension runner pulls out 100% from the carcase, whereas a single-extension runner leaves the rear quarter inside the unit. For handleless pull-outs, select push-to-open drawer runners. These are available as ball-bearing runners or undermount runners. Relevant specifications include nominal length (e.g. 300 mm for shallow Eket carcases) and load capacity (often 25 kg to 30 kg).

Which Fitting for Which Application?

Hardware combinations must suit the specific installation scenario.

• Case 1: Standard cabinet door (full overlay) converted to handleless.

Select a concealed hinge (35 mm) for full overlay without self-closing springs. Pair this with a surface-mounted push latch with a magnetic tip and a stroke of at least 20 mm.

• Case 2: Inset door (flush with the carcase edges).

Use an unsprung hinge designed for inset doors. The push latch should feature a longer stroke (approx. 38 mm), as inset fronts are harder to grip.

• Case 3: Heavy or wide doors.

Position the push latch precisely at the point of pressure (usually centred on the opening edge). For very tall doors (from 1200 mm upwards), two push latches may be required.

• Case 4: Retrofitting drawers.

Measure internal carcase depth. If the internal cabinet depth is 330 mm, choose a push-to-open drawer runner with a nominal length of 300 mm.

Installation Notes for Handleless Doors

Installation requires precision, as uneven door gaps are immediately noticeable on handleless furniture.

Required Tools:

• Cordless drill/driver
• Forstner bit (35 mm for hinge cups)
• Wood drill bit (5 mm for system holes)
• Pozidriv screwdriver bit (PZ2) for chipboard screws
• Tape measure and set square

Installation Steps:

1. Drill hinge cup holes: Use the 35 mm Forstner bit to drill the cup holes into the door front. The distance from the door edge to the edge of the hole (cup distance) is typically 4 mm to 5 mm.
2. Attach mounting plates: Screw the mounting plates to the carcase interior. When using System 32, the screw holes sit 37 mm from the front carcase edge.
3. Position the push latch: Mount the push mechanism on the opening edge of the carcase (opposite the hinges), positioned where hand pressure will naturally be applied.
4. Adjust the reveal gap: Rotate the plunger tip in or out to calibrate the distance. The release mechanism strictly requires an activation gap of 2 mm to 3 mm between the door and carcase. If the door rests completely tight against the frame, the mechanism cannot trigger.

Frequently Asked Questions (FAQ)

Can soft-close and push-to-open be combined on doors? No, these systems are mechanically incompatible on cabinet doors. The hydraulic resistance of a soft-close hinge dampens movement, directly opposing the ejection force of the push latch. For soft-closing doors, use standard soft-close concealed cabinet hinges alongside standard handles. If existing doors need quieter closing, separate door dampers can be retrofitted, but not in conjunction with push-to-open latches.

Which hinge fits IKEA Eket? For overlay doors on these carcases, a standard 35 mm cup full overlay hinge is required. To achieve a handleless push-to-open design, ensure the hinge is an unsprung version.

How do I adjust the door gap on handleless doors? The release gap is adjusted directly at the head of the push latch. Twisting the plunger tip adjusts its reach by +3 mm to -3 mm. The door alignment is fine-tuned using the 3D adjustment screws on the hinge arm (depth, height, and lateral overlay).

What does full extension mean for drawer runners? A full-extension runner means the extension length matches the installed slide length (100% extension). A 400 mm runner extends a full 400 mm out of the cabinet. This allows complete access to the rear of the drawer, substantially improving convenience in handleless designs.

Why is my handleless door not opening far enough? This is usually caused by an insufficient plunger stroke or hinges that still retain an internal closing spring. Verify that a long-stroke plunger (approx. 38 mm) is installed and that the hinges are completely free-swinging (unsprung).